3648 x 4928 px | 30,9 x 41,7 cm | 12,2 x 16,4 inches | 300dpi
Aufnahmedatum:
24. Juni 2023
Ort:
Queen's Island, Belfast , Northern Ireland, UK, BT3 9EU
Weitere Informationen:
Harland & Wolff is a British shipbuilding and fabrication company headquartered in London with sites in Belfast, Arnish, Appledore and Methil. It specialises in ship repair, shipbuilding and offshore construction. Harland & Wolff is famous for having built the majority of the ocean liners for the White Star Line, including Olympic-class trio – RMS Olympic, RMS Titanic and HMHS Britannic. Outside of White Star Line, other ships that have been built include the Royal Navy's HMS Belfast; Royal Mail Line's Andes; Shaw, Savill & Albion's Southern Cross; Union-Castle's RMS Pendennis Castle; P&O's Canberra; and Hamburg-America's SS Amerika of 1905. Harland and Wolff's official history, Shipbuilders to the World, was published in 1986. Today, the company is focused on supporting five sectors: Defence, Energy, Cruise & Ferry, Renewables and Commercial. It offers services including technical services, fabrication & construction, repair & maintenance, in-service support, conversion and decommissioning. In 2022, the company was awarded a major naval contract as part of Team Resolute (alongside Navantia UK and BMT), to deliver the Royal Fleet Auxiliarys' three new Fleet Solid Support vessels. Harland & Wolff was formed in 1861 by Edward James Harland (1831–95) and Hamburg-born Gustav Wilhelm Wolff (1834–1913) who came to the UK aged 14. In 1858 Harland, then general manager, bought the small shipyard on Queen's Island from his employer Robert Hickson. After buying Hickson's shipyard, Harland made his assistant Wolff a partner in the company. Wolff was the nephew of Gustav Schwabe, Hamburg, who was heavily invested in the Bibby Line, and the first three ships that the newly incorporated shipyard built were for that line. Harland made a success of the business through several innovations, notably replacing the wooden upper decks with iron ones which increased the strength of the ships; and giving the hulls a flatter bottom and squarer cross section
